import sys from Pyblio import Selection, Sort from Pyblio.Open import bibopen, bibwrite a = bibopen (sys.argv [2]) f = open (sys.argv [3], 'w') # write out in the key order sel = Selection.Selection (sort = Sort.Sort ([Sort.KeySort ()])) it = sel.iterator (a.iterator ()) bibwrite (it, out = f, how = a.id)
# check for the crossref field
field_table = Config.get('base/fields').data
crossref = None
for key in field_table.keys():
if field_table[key].type == Fields.Reference:
crossref = key
break
# use the bibliographic databases in order of declaration
# to solve the references
for bib in bibtex:
# open the database
db = bibopen(bib)
# as we are modifying the list of entries in this loop, we make a copy
# of it in order to avoir strange behaviors
orig = copy.copy(entries)
# we have to create a new database to hold the entries contained in the
# current database.
r = Base.DataBase(None)
# loop over the expected entries
for e in orig:
# create a key in the current database
key = Key.Key(db, e)
import sys from Pyblio import Selection, Sort from Pyblio.Open import bibopen, bibwrite how = sys.argv [2] if how == '': how = None a = bibopen (sys.argv [3], how) f = open (sys.argv [4], 'w') # write out in the key order sel = Selection.Selection (sort = Sort.Sort ([Sort.KeySort ()])) it = sel.iterator (a.iterator ()) bibwrite (it, out = f, how = a.id)
formatter = output.data
# we have to create a new database to hold the entries found in the
# given databases
r = Base.DataBase (None)
# use the bibliographic databases in order of declaration
# to solve the references
for bib in bibfile:
# open the database
db = bibopen (bib)
# as we are modifying the list of entries in this loop, we make a copy
# of it in order to avoid strange behaviors
orig = copy.copy (entries)
# loop over the expected entries
for e in orig:
# create a key in the current database
key = Key.Key (db, e)
# does the database provide the key ?
if db.has_key (key):
# yes, add it to the reference
import sys from Pyblio import Selection, Sort from Pyblio.Open import bibopen, bibwrite how = sys.argv[2] if how == '': how = None a = bibopen(sys.argv[3], how) f = open(sys.argv[4], 'w') # write out in the key order sel = Selection.Selection(sort=Sort.Sort([Sort.KeySort()])) it = sel.iterator(a.iterator()) bibwrite(it, out=f, how=a.id)
for dir in sys.argv [2:]:
# eventually expand directories to their content
if os.path.isdir (dir):
files = map (lambda x, dir = dir: \
os.path.join (dir, x), os.listdir (dir))
# in the case of a directory, use only .bib extension...
files = filter (lambda f: os.path.splitext (f) [1] == '.bib',
files)
else:
files = [dir]
# loop over the files
for f in files:
# try to open the database
try:
b = bibopen (f)
print (_n(u"file “%s” is ok [%d entry]",
u"file “%s” is ok [%d entries]",
len(b))
% (f, len (b))).encode(charset)
except (Exceptions.ParserError, KeyError), err:
broken.append (str (err))
# write the error messages (expected to be well formated)
if len (broken) > 0:
print string.join (broken, "\n")
sys.exit (1)
import sys
from Pyblio import Fields, Autoload
from Pyblio.Open import bibopen
from Pyblio.Style import Utils
db = bibopen(sys.argv[2])
keys = db.keys()
keys.sort()
url = Fields.URL(sys.argv[3])
Utils.generate(url,
Autoload.get_by_name('output', sys.argv[4]).data, db, keys,
sys.stdout)
try:
h = open (header, 'r')
line = '\n'
while line:
line = h.readline ()
if line:
outfile.write (line)
h.close ()
except IOError, err:
error (_(u"can’t open header “%s”: %s") % (header, str (err).decode (charset)))
# write the data
for file in files:
try:
db = bibopen (file)
except IOError, err:
error (_(u"can’t open database: %s") % file)
Utils.generate (url, formatter, db, db.keys (), outfile)
# last, write the footer
if footer:
try:
h = open (footer, 'r')
line = '\n'
while line:
line = h.readline ()
if line:
outfile.write (line)
h.close ()